Jining fluorine lined magnetic pump model

NegotiableUpdate on 04/07

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Overview

Generally speaking, the combination of specific parameters such as pump tube size, pump tube material, pump head type, and operating speed determines the service life of the Jining fluorine lined magnetic pump model. The service life of pump tubing, or the flexural yield limit in the pump, is the primary consideration before being put into new applications. Nowadays, it is common for the use of thermoplastic synthetic rubber (TPE) in systems to have a pump tube operating life exceeding 5 hours. In a specific application scenario, the performance of the pump is very stable. Selecting pipes with high flexural resistance, using thicker pipe walls, and/or selecting larger pumps and using lower operating speeds can all be maximized

Product Details

Jining fluorine lined magnetic pump model
济宁衬氟磁力泵型号
Generally speaking, the combination of specific pump tube size, pump tube material, pump head type, and operating speed determines the service life of the pump tube. The service life of pump tubing, or the flexural yield limit in the pump, is the primary consideration before being put into new applications. Nowadays, it is common for the use of thermoplastic synthetic rubber (TPE) in systems to have a pump tube operating life exceeding 5 hours. In a specific application scenario, the performance of the pump is very stable. Selecting pipes with high flexural resistance, using thicker pipe walls, and/or selecting larger pumps and using lower operating speeds can greatly extend the service life of pump pipes.
Stainless steel chemical magnetic pump is a chemical process pump that applies modern magnetic mechanics principles and uses permanent magnets to achieve non-contact indirect transmission.
When the motor drives the outer rotor (i.e. outer magnetic steel) assembly to rotate, the magnetic field lines pass through the isolation sleeve and drive the inner rotor (i.e. inner magnetic steel) assembly and impeller to rotate synchronously through the magnetic field. The medium * is enclosed in the stationary isolation sleeve, thus achieving the purpose of leak free pumping of the medium, solving the shaft seal leakage of mechanical transmission pumps. The fluoroplastic magnetic pump, all of its overcurrent components are made of fluoroplastic, with reasonable design, advanced technology, full sealing, no leakage, corrosion resistance and other characteristics.
Jining fluorine lined magnetic pump model
济宁衬氟磁力泵型号
The general heating method is to use heat conduction and convection, which requires propagation through a medium, with slow speed and high energy consumption. However, far-infrared heating uses thermal radiation without the need for medium propagation. Meanwhile, due to the direct proportionality between radiation energy and the fourth power of the heating element temperature, it not only saves energy but also has fast speed and high efficiency. In addition, far-infrared radiation has a certain penetration ability. Due to the absorption of far-infrared radiation energy by heated and dried substances at a certain depth, both internal and surface molecules generate self heating effects, causing solvents or water molecules to evaporate and generate uniform heat, thereby avoiding deformation and qualitative changes caused by different degrees of thermal expansion, and maintaining the appearance, physical and mechanical properties, fastness, and color of the substance intact.
Detailed introduction

1、 Overview of Stainless Steel Chemical Magnetic Pump:
CQB type fluorine lined magnetic pump is a chemical process pump that applies modern magnetic mechanics principles and uses permanent magnets to achieve non-contact indirect transmission. When the motor drives the outer rotor (i.e. outer magnetic steel) assembly to rotate, the magnetic field lines pass through the isolation sleeve and drive the inner rotor (i.e. inner magnetic steel) assembly and impeller to rotate synchronously through the magnetic field. The medium * is enclosed in the stationary isolation sleeve, thus achieving the purpose of leak free pumping of the medium, solving the shaft seal leakage of mechanical transmission pumps. The fluoroplastic magnetic pump, whose overcurrent components are all made of fluoroplastic, has reasonable design, advanced technology, full sealing, leak free, corrosion resistance and other characteristics. Its performance has reached the advanced level of similar products in the world and has widely replaced imported magnetic pumps.
CQB type fluorine lined magnetic pump is an ideal pump for eliminating running, emitting, dripping, and leaking phenomena in chemical processes, eliminating environmental pollution, creating a "leak free workshop" and "leak free factory", and achieving safe and civilized production.
Below is an introduction to the reselection process and reselection equipment. The re-election process of ore is composed of a series of continuous operations. The nature of homework can be divided into three parts: preparation homework, selection homework, and product processing homework. Preparation of homework, including a: crushing and grinding to dissociate useful mineral monomers; b: Wash and deslim ores with high viscosity or clay content; c: Use screening or hydraulic grading methods to grade the selected ore according to particle size. After ore classification, they are selected separately, which is beneficial for selecting operating conditions and improving sorting efficiency. Sorting homework is the main process of ore sorting. The selection process can be simple or complex, with simple tasks consisting of unit operations such as heavy medium sorting.

2、 Characteristics of Stainless Steel Chemical Magnetic Pump Products:
The design of CQB fluoroplastic magnetic pump not only has the advantages of compact structure, beautiful appearance, small volume, low noise, and reliable operation of ordinary magnetic pumps, but also all its overcurrent components are made of the world's most corrosion-resistant "plastic king" (fluoroplastic), and the isolation sleeve is made of special materials, which have high-strength mechanical properties and eliminate the magnetic eddy current phenomenon of ordinary magnetic pumps. Therefore, CQB fluoroplastic magnetic pump can continuously transport corrosive media such as acids, alkalis, oxidants, etc. of any concentration (strength) without damage. Applicable temperature: -30 ℃ -100 ℃. This series of magnetic pumps can be equipped with pump protectors to prevent damage to pump components or supporting motors caused by idle operation or overload of the unit.

济宁衬氟磁力泵型号
The YHCB series circular arc gear oil pump is mainly suitable for conveying liquids with viscosity of 515cst, temperature exceeding 8 ℃, without solid particles or corrosiveness, such as gasoline, kerosene, diesel and mechanical lubricants. It is also used in hydraulic transmission systems and is an ideal preferred pump for oil tank vehicles and petrochemical sectors. Model meaning: YHCB8-6YH arc CB gear oil pump with 8 inlet and outlet diameters (mm) and 6 flow rates (m3/h). The pump is composed of double arc gears and is a new product that adapts to the development of industrial oil transportation needs. It has the characteristics of energy-saving flow rate, high pressure, small volume, low noise, strong self-priming performance, and easy installation and maintenance.
3、 Purpose:
CQB fluorine lined magnetic pumps are widely used in chemical, acid, alkali, smelting, rare earth, dye, pharmaceutical, papermaking, electroplating, acid washing, radio, scientific research institutions, national defense industry and other units to pump acid, alkali, rare and valuable oil liquids, venom, volatile liquids. Especially for the pumping of liquids that are prone to leakage, flammable, and explosive. Choosing a matching explosion-proof motor is more ideal.

Applicable temperature: -20 ° C to 100 ° C.
济宁衬氟磁力泵型号
All parts and components of one-step granulator spray, bucket containing adhesive and filter screen shall be cleaned with drinking water and washed with purified water. Clean up the dust accumulation in the inner bag of the one-step granulator, sweep away all dirt, powder, and debris in the site, and dispose of them according to regulations. Clean, wipe, and wipe. At the end of each batch of production, the granulation capture bag is washed and placed in a water tank in the cleaning room. It is soaked in drinking water for 1 minute, and each filter bag is flipped out and rinsed to remove residual powder. Then, it is soaked and washed with an appropriate amount of detergent, and repeatedly rinsed with drinking water until it is clean. Remove the nozzle from the one-step granulation machine and rinse it with purified water. For the pot with a mesh plate, unscrew the fixed gongs on both sides of the middle cylinder and push it open. Use a cloth to repeatedly wipe it clean, and send the collection bag to the container room for cleaning and drying (see 7.5).